JPS5950290B2 - Squid fishhook - Google Patents

Description

[Detailed Description of the Invention] It is well known that the amount of squid has decreased in recent years, and the amount of fish caught has been steadily decreasing.

For this reason, attempts have been made to improve the catch by modifying the appearance of the bait or using soft materials, but these efforts are not always satisfactory, and this does not give the lure movement. It was for nothing.

In ancient times, attempts were made to add movement to this motionless bait by adding wings, but this was unnatural from a live bait point of view and was not of practical use, so it was never put to use. .

The present invention aims to eliminate the conventional drawbacks and provide a squid fishing hook that moves as an artificial bait similar to that of live bait.

Representative embodiments of the present invention will be described with reference to the drawings.

As shown in Figure 1, a dancing cylinder B is attached to the outside of the sub-bait core rod A, and a two-stage umbrella needle C is attached to the lower part of the sub-bait core rod. Body composition is pipe 1
A connecting rod is made by attaching a backing 2 to the lower part of the pipe 1 and the backing 2, folding a wire in half, providing a folded part 3 at the half-folding point, and further folding both ends of the wire to form a hook-shaped part 4. a
is inserted so that the upper ring 5 can be detachably fixed to the hooked part 4.

Further, the upper hook part 7 of a fishhook shaft 6 having two tiers of umbrella hooks C is fixed to the folded part 3 and molded.

The structure of the umbrella hook C is such that an upper hook part 7 and a lower hook part 8 are made by winding a steel wire vertically around a fishhook shaft 6, and a folded part 3 is fixed to the upper hook part 1. , four lower rows 3 are fixedly attached to the lower hook part 8 via a plate body 9.

Moreover, the umbrella hook C is fixed to the fishhook shaft 6 using a band.

The dance cylinder B is mainly made of synthetic resin, and its shape is shaped like a thin drum.The upper part is fixed to the secondary bait core rod, and the lower part is opened so that seawater can easily enter and exit. Depending on the case, you may make a cut or open a hole 11 at the top to further improve the movement.
Furthermore, the sub-bait core rod body A may be inlaid with silver or colored.

The embodiment shown in FIG. 2 uses a plurality of dancing cylinders B, and the sub-bait core rod A is a rod made of hard synthetic resin.

This can also be a metal rod.

The umbrella needles C are attached directly to the lower part of the sub-bait core rod body A in two stages via the band body 10.

This can also be installed as shown in FIG.

In the case of the sub-bait core rod in this case, since the sub-bait core rod is a single rod, an upper through hole and, if necessary, a lower through hole are provided.

Further, a cylinder rod body 12 is used between the abdomen of the sub bait core rod body A and the dancing cylinder body B.

This cylindrical rod body 12 does not necessarily need to be used.

This serves both to make the effect of reflected light more intense and to provide reinforcement.

The embodiment shown in FIG. 3 is an embodiment showing that the effects of the present invention can be obtained without using the dancing cylinder B over the entire length of the sub bait core rod A.

In the embodiment shown in Fig. 4, the conventional hard lure is replaced with the secondary lure rod
This figure shows an example of the present invention in which a dancing cylinder is used.

The embodiment shown in FIG. 5 is the same as the embodiment shown in FIG. 2, but is an embodiment of the present invention in which only one dancing cylinder B is used.

Examples of how the squid fish hook of the present invention can be used include hand fishing using one or more hooks, or mechanical fishing using a large number of hooks in succession as shown in FIG. As shown in the figure, a large number of branches may be used.

Furthermore, it may be used alternately with the traditional squid fishing hook.

When in use, since the lower part of the dancing cylinder B is open, seawater enters this and acts as a resistor, causing the entire body to slide sideways.

This movement is similar to the way live bait sways and falls on the tide.This is a first-of-its-kind squid bait, and the dancing cylinder is molded into a synthetic resin meatball. As a result, the sub-bait core rod body appears to be hidden, giving a synergistic effect of giving the impression of a living creature, and since the meat is thin, the feel also gives the impression of a living creature.

In the present invention, a dancing cylinder is provided on the sub-bait core rod, so when the entire bait falls into seawater, seawater enters the dancing cylinder and the seawater hits the inner wall, causing the entire bait to move horizontally. The movement is similar to the natural form of falling live bait, making it an ideal artificial bait for squid fishing hooks, and is highly effective at attracting squid. When made of thin synthetic resin, the sub-bait core rod body looks great, making it look even more like a live bait, and this is an invention of a squid fishing hook that, together with the sliding action of the tip, has a synergistic effect of attracting fish and catching a large amount of fish. .

[Brief explanation of the drawing]

1 to 5 show different embodiments of the present invention, FIG. 6 shows the operation of the invention, and FIGS. 7 and 8 show an example of its use.

Claims (1)

[Claims] 1. A bait cylinder is formed into a hollow shape with a synthetic resin thin film and the lower part is open, a sub-bait core rod is inserted into the cylinder, and the upper part of the bait cylinder is fixed to the outside thereof; 1. A squid fishhook, characterized in that a seawater inflow space is provided between the sub-bait body and the dancing cylinder, and an umbrella hook is attached to the lower part of the core rod.